CN206083437U - Take high -efficient lubricated apparatus for producing of automatic discharging of tally function - Google Patents

Abstract

The utility model discloses a take high -efficient lubricated apparatus for producing of automatic discharging of tally function, construct and lubricated mechanism including discharge mechanism, hoisting machine, discharge mechanism's the head end outside is provided with a plurality of assemblies pipe delivery wheel, and discharge mechanism forms a holistic frame construction by a plurality of prong, all is provided with upper buffering plate, lower buffering plate and a plurality of expander on every prong, discharge mechanism's front lower place is provided with steel tube groove, and the connecting rod connection is all strengthened through a second to every prong's preceding pole setting lower extreme, and the second is strengthened the connecting rod and is formed steel tube groove access way down between the branch, and one side that hoisting machine constructs is connected with steel tube groove access way, and the opposite side is connected with lubricated mechanism, and the hoisting machine structure comprises two support frames and movable cross beam, and lubricated mechanism is become by base, motor, steel tube groove 0, transmission shaft, PPR steel tube groove 1. The utility model discloses degree of automation is high, can realize automatic discharging and count, reduces intensity of labour, improves lubricated effect, prevents to draw the hair.

Description

A kind of process units of the self-emptying high-efficiency lubricating with tally function

【Technical field】

The utility model is related to the technical field of steel pipe's production, and more particularly to a kind of self-emptying with tally function is efficient The process units of lubrication.

【Background technology】

With the continuous improvement of China's economic level, China will become increasing for the demand of iron and steel, iron and steel row The stable development of industry is the basis for improving China's level of economic development.Seamless steel pipe is mainly used in Special Piping, oil well pipe, boiler Pipe and machine-building pipe etc., have a wide range of applications, and base pipe needs the rolling by pipe mill to improve the overall matter of steel pipe , there is the phenomenon of plucking, it usually needs by oil lubrication to prevent steel pipe during rolling in amount.

At present, pipe discharging is less efficient, needs human assistance to discharge, and into next process, labour intensity is higher, from Dynamicization degree is relatively low, and needs manually to reckon by the piece, and is not only also easy to produce error, and it is low also to there is efficiency of reckoning by the piece, and reduces asking for production efficiency Topic, further, since before rolling, oil lubrication is insufficient uneven and cause steel pipe surfaces externally and internally plucking phenomenon serious, reduce The surface quality of steel pipe, in order to solve the above problems, reduces improving the production efficiency of steel pipe while labour intensity, makes steel pipe Inwall, outer wall not plucking, it is necessary to propose a kind of process units of the self-emptying high-efficiency lubricating with tally function.

【Utility model content】

The purpose of this utility model is to overcome above-mentioned the deficiencies in the prior art, there is provided a kind of going out automatically with tally function The process units of material high-efficiency lubricating, it aims to solve the problem that pipe discharging efficiency is low in prior art, and labour intensity is high, needs artificial meter Part, error is big, and lubricates insufficient technical problem for causing the easy plucking of pipe inside and outside wall.

For achieving the above object, the utility model proposes a kind of production of the self-emptying high-efficiency lubricating with tally function Device, including discharging mechanism, hoisting mechanism and lubricating structure, the head end outside of described discharging mechanism is provided with some assembly pipes Delivery wheel, described discharging mechanism is fixedly connected to form holistic by several sub-stents by some first reinforcement connecting rods Frame structure, each sub-stent is by front vertical rod, rear vertical rod, upper rack posts, lower fulcrum bar, brace composition, each described sub-stent On be provided with buffer board, lower buffer board and several deploying devices, the front lower place of described discharging mechanism is provided with steel pipe Groove, the lower end of the brace of each sub-stent is located at the top of chamfer putting steel tube, and the front vertical rod lower end of each sub-stent is by one piece the Two strengthen connecting rods connection, and between described second reinforcement connecting rod and lower fulcrum bar chamfer putting steel tube access way, described hoisting machine are formed The side of structure is connected with chamfer putting steel tube access way, and opposite side is connected with lubricating structure, and described hoisting mechanism is by two bracing frames Constitute with moving beam, described lubricating structure is made up of pedestal, motor, transmission device, power transmission shaft, PPR running rollers, described base Seat middle setting has material stock groove, respectively arranges a lubrication groove in the both sides of material stock groove, be provided with each lubrication groove transmission device, Power transmission shaft and PPR running rollers.

Preferably, the group number of described base pipe delivery wheel is identical with the number of the deploying device on each sub-stent, and Position one deploying device of correspondence per assembly pipe delivery wheel, every assembly pipe delivery wheel is by driving wheel with driven wheels into master Driving wheel is connected with the first motor, identical with the length of discharging mechanism, the described chamfer putting steel tube of the length of described chamfer putting steel tube Some entire bundle bandages are inside equipped with, the described rear wall of chamfer putting steel tube is connected with the push rod cup of some cylinders, described some cylinders The bottom-rear position of respective branches frame is fixedly mounted on, the bottom of described chamfer putting steel tube is provided with several rollers, described Chamfer putting steel tube is contacted by roller with ground surface formula.

Preferably, inductor is provided with the deploying device on the sub-stent of the discharging mechanism end, it is described Inductor is communicated to connect with control device, and described deploying device is filled by two semicircles or half rectangle PPR pipe by braking Put and be connected with control device, realize opening and closure, counter and prompting device are provided with described control device.

Preferably, described front vertical rod, rear vertical rod, upper rack posts and lower fulcrum bar form an open rectangle on vertical plane Framework, the rear end of lower fulcrum bar is vertical with the lower end of rear vertical rod to be connected, and the front end of upper rack posts is vertical with the upper end of front vertical rod to be connected, after End is vertical with the upper end of rear vertical rod to be connected, and is fixed with buffer board on the lower surface of described upper rack posts, described front vertical rod with The junction of upper rack posts inclines and is connected with lower buffer board, and described brace one end is connected with the junction of rear vertical rod and upper rack posts, The other end extends to the top of chamfer putting steel tube, and on the lower surface of described upper rack posts 4 deploying devices are provided with.

Preferably, respectively forwardly lower section, the back lower place inclination of the rear and front end of described upper buffer board, described lower buffering Plate inclined downward backward, the angle of inclination of the rear and front end, lower buffer board and brace of described upper buffer board is identical, it is 55～ 60 °, there are gap, 4 described deploying devices in the rear and front end of described upper buffer board with lower respectively between buffer board, brace Respectively positioned at the top of the rear and front end, lower buffer board and brace of upper buffer board.

Preferably, described moving beam can be movable along the entablature of two bracing frames.

Preferably, the described high other end in pedestal one end is low, the inclined trapezium structure in upper surface, is deposited described pedestal Hopper, lubrication groove length direction it is consistent with the length direction of moving beam, described material stock groove is located at the front end of bracing frame Lower section, the two ends of described lubrication groove are symmetrically fixedly installed some bearing blocks, and transmission is connected between corresponding bearing block Axle, is fixed with some PPR running rollers on every power transmission shaft, the PPR running rollers on adjacent power transmission shaft are interspersed, adjacent transmission Same one end of axle is connected by drive, wherein a power transmission shaft is connected by transmission device with the second motor, The second described motor is respectively positioned on base interior.

Preferably, described power transmission shaft is connected by bearing with bearing block, described PPR running rollers with diameter greater than adjacent Power transmission shaft axis spacing, radius less than adjacent power transmission shaft axis spacing.

Preferably, described material stock groove, the bottom surface of lubrication groove are parallel with the upper surface of pedestal, in described material stock groove PPR cushions are equipped with, described material stock groove upper end is provided with support block, and described support block upper surface scribbles elastic protection layer.

Preferably, the upper surface of described support block is interior concaved circular cambered surface.

The beneficial effects of the utility model：Compared with prior art, what the utility model was provided is a kind of with tally function The process units of self-emptying high-efficiency lubricating, rational in infrastructure, automaticity is higher, greatly reduces labour intensity, by going out Material mechanism, hoisting mechanism and lubricating structure three linkage, realize energy automatic order blanking after the production of base pipe, and are provided with sensing Device, sends electric signal to control device after sensing, by control device accumulated counts are realized, it is to avoid need after production artificial Count and the error brought of artificial counting, and steel pipe load is reached after requirement, can be pointed out by prompting device, and pushed away by cylinder Dynamic chamfer putting steel tube is released from chamfer putting steel tube access way, after staff's entire bundle by hoisting mechanism by the base pipe after entire bundle lift to In the material stock groove of lubricating structure, by oil lubrication, then base pipe is transferred in lubrication groove carries out rolling lubrication, make lubricating oil The inside and outside wall of sufficient lubrication base pipe, prevents plucking, and PPR running rollers, PPR cushions, elastic protection layer are soft, can prevent base pipe Surface galling, support block can be used to support base pipe one end, recycle unnecessary lubricating oil, energy-conserving and environment-protective.

Feature of the present utility model and advantage will combine accompanying drawing and be described in detail by embodiment.

【Description of the drawings】

Fig. 1 is a kind of structure of the process units of the self-emptying high-efficiency lubricating with tally function of the utility model embodiment Schematic diagram；

Fig. 2 is the side view of the discharging mechanism of the utility model embodiment；

Fig. 3 is the structural representation of the lubricating structure of the utility model embodiment.

【Specific embodiment】

To make the purpose of this utility model, technical scheme and advantage of greater clarity, below by accompanying drawing and implementing Example, is further elaborated to the utility model.However, it should be understood that specific embodiment described herein only to The utility model is explained, scope of the present utility model is not limited to.Additionally, in the following description, eliminate to known knot The description of structure and technology, to avoid unnecessarily obscuring concept of the present utility model.

Refering to Fig. 1 to Fig. 3, the utility model embodiment provides a kind of life of the self-emptying high-efficiency lubricating with tally function Produce device, including discharging mechanism 1, hoisting mechanism 2 and lubricating structure 3, the head end outside of described discharging mechanism 1 is provided with some Assembly pipe delivery wheel 7, described discharging mechanism 1 is strengthened connecting rod 12 and is fixedly connected by several sub-stents 11 by some first Form holistic frame structure, each sub-stent 11 by front vertical rod 112, rear vertical rod 113, upper rack posts 114, lower fulcrum bar 115, Brace 116 is constituted, and on each described sub-stent 11 buffer board 13, lower buffer board 14 and several deploying devices are provided with 15, the front lower place of described discharging mechanism 1 is provided with chamfer putting steel tube 6, and the lower end of the brace 116 of each sub-stent 11 is located at chamfer putting steel tube 6 top, the lower end of front vertical rod 112 of each sub-stent 11 is strengthened connecting rod 16 and is connected by one second, described second plus Strong that chamfer putting steel tube access way 17 is formed between connecting rod 16 and lower fulcrum bar 115, the side of described hoisting mechanism 2 passes in and out with chamfer putting steel tube Passage 17 connects, and opposite side is connected with lubricating structure 3, and described hoisting mechanism 2 is by 22 groups of two bracing frames 21 and moving beam Into described lubricating structure 3 is made up of pedestal 31, motor, transmission device 32, power transmission shaft 33, PPR running rollers 34, described pedestal 31 middle settings have material stock groove 310, respectively arrange a lubrication groove 311 in the both sides of material stock groove 310, and each lubrication groove 311 is interior to be all provided with It is equipped with transmission device 32, power transmission shaft 33 and PPR running rollers 34.

Wherein, the group number of described base pipe delivery wheel 7 is identical with the number of the deploying device 15 on each sub-stent 11, and Position one deploying device 15 of correspondence per assembly pipe delivery wheel 7, per assembly pipe delivery wheel 7 by driving wheel and driven wheels Into driving wheel is connected with the first motor, and the length of described chamfer putting steel tube 6 is identical with the length of discharging mechanism 1, described Some entire bundle bandages 61 are equipped with chamfer putting steel tube 6, the described rear wall of chamfer putting steel tube 6 is connected with the push rod cup of some cylinders 111, institute The some cylinders 111 stated are fixedly mounted on the bottom-rear position of respective branches frame 11, and the bottom of described chamfer putting steel tube 6 is provided with Several rollers 62, described chamfer putting steel tube 6 is contacted by roller 62 with ground surface formula.

Further, on the sub-stent 11 of the end of the discharging mechanism 1 inductor is provided with deploying device 15, institute The inductor stated is communicated to connect with control device, and described deploying device 15 is led to by two semicircles or half rectangle PPR pipe 151 Cross brake apparatus to be connected with control device, realize opening and closure, counter and prompting device are provided with described control device.

Specifically, described front vertical rod 112, rear vertical rod 113, upper rack posts 114 and lower fulcrum bar 115 are formed on vertical plane One open rectangle framework, the rear end of lower fulcrum bar 115 is vertical with the lower end of rear vertical rod 113 to be connected, and the front end of upper rack posts 114 is vertical with front The upper end of bar 112 is vertically connected, and rear end is vertical with the upper end of rear vertical rod 113 to be connected, solid on the lower surface of described upper rack posts 114 Buffer board 13 is connected with, described front vertical rod 112 is inclined with the junction of upper rack posts 114 and is connected with lower buffer board 14, described The one end of brace 116 is connected with the junction of rear vertical rod 113 and upper rack posts 114, and the other end extends to the top of chamfer putting steel tube 6, described Upper rack posts 114 lower surface on be provided with 4 deploying devices 15.

Further, the rear and front end of described upper buffer board 13 respectively forwardly lower section, back lower place inclination, described is lower slow The inclined downward backward of punching 14, the angle of inclination phase of the rear and front end, lower buffer board 14 and brace 116 of described upper buffer board 13 Together, 55～60 °, between the rear and front end of described upper buffer board 13 exists respectively between lower buffer board 14, brace 116 are Gap, 4 described deploying devices 15 are respectively positioned at the top of the rear and front end, lower buffer board 14 and brace 116 of upper buffer board 13.

Specifically, described moving beam 22 can be movable along the entablature of two bracing frames 21.

More specifically, the described high other end in the one end of pedestal 31 is low, and the inclined trapezium structure in upper surface, described pedestal 31st, consistent with the length direction of moving beam 22, the described material stock groove 310 of length direction of material stock groove 310, lubrication groove 311 Positioned at the front end lower section of bracing frame 21, the two ends of described lubrication groove 311 are symmetrically fixedly installed some bearing blocks 312, relatively Power transmission shaft 33 is connected between the bearing block 312 answered, some PPR running rollers 34, adjacent biography are fixed with every power transmission shaft 33 PPR running rollers 34 on moving axis 33 are interspersed, and same one end of adjacent power transmission shaft 33 is connected by transmission device 32, its In a power transmission shaft 33 be connected with the second motor by transmission device 32, the second described motor is respectively positioned on inside pedestal 31.

Further, described power transmission shaft 33 is connected by bearing with bearing block 312, the diameter of described PPR running rollers 34 More than the axis spacing of adjacent power transmission shaft 33, axis spacing of the radius less than adjacent power transmission shaft 33.

Further, described material stock groove 310, the bottom surface of lubrication groove 311 are parallel with the upper surface of pedestal 31, described Material stock groove 310 in be equipped with PPR cushions 4, the described upper end of material stock groove 310 is provided with support block 5, in described support block 5 End face scribbles elastic protection layer 51, and the upper surface of described support block 5 is interior concaved circular cambered surface.

Utility model works process：

A kind of process units of the self-emptying high-efficiency lubricating with tally function of the utility model in the course of the work, base pipe After exporting from main frame, conveyed by corresponding base pipe delivery wheel 7, made base pipe through corresponding row deploying device 15, Deploying device 15 now be closure state, when base pipe to the end after, corresponding inductor senses, and electric signal is sent to into control Device processed, the counter in control device is added up, and control device control base pipe delivery wheel 7 suspends conveying, and control device Control brake apparatus makes deploying device 15 open in order, falls behind under base pipe, and base pipe delivery wheel 7 carries out next base pipe conveying, under The base pipe that falls through buffering and brace 116 effect, during chamfer putting steel tube 6 is fallen in order, when base pipe is accumulated to 200 radical amounts can basis When actual production is adjusted, prompting device sends prompting, and base pipe delivery wheel 7 stops immediately conveying, and some cylinders 111 are simultaneously Action, promotes chamfer putting steel tube 6 to release from chamfer putting steel tube access way 17, and staff is entered by the entire bundle bandage 61 for laying in advance Row entire bundle, is then hung out by hoisting mechanism 2, and by moving beam 22, the base pipe of entire bundle is transferred in material stock groove 310, Divide root to be transferred in lubrication groove 311 again, drive power transmission shaft 33 to rotate by transmission device 32 by motor so as to be placed in adjacent drive Base pipe on axle 33 between PPR running rollers 34 is rolled, and makes the inside and outside wall of lubricating oil sufficient lubrication base pipe, prevents plucking, and PPR Running roller 34, PPR cushions 4, elastic protection layer 51 are soft, can prevent base pipe surface plucking, and support block 5 can be used to support base pipe One end, recycles unnecessary lubricating oil, energy-conserving and environment-protective, high degree of automation, realizes self-emptying and counts automatically, significantly Reduce labour intensity.

Preferred embodiment of the present utility model is the foregoing is only, it is all at this not to limit the utility model Any modification, equivalent or improvement made within the spirit and principle of utility model etc., should be included in the utility model Protection domain within.

Claims (10)

1. a kind of process units of the self-emptying high-efficiency lubricating with tally function, it is characterised in that：Including discharging mechanism (1), Hoisting mechanism (2) and lubricating structure (3), the head end outside of described discharging mechanism (1) is provided with some assembly pipe delivery wheels (7), described discharging mechanism (1) is fixedly connected to form by several sub-stents (11) by some first reinforcements connecting rod (12) Holistic frame structure, each sub-stent (11) is by front vertical rod (112), rear vertical rod (113), upper rack posts (114), lower fulcrum bar (115), brace (116) composition, be provided with each described sub-stent (11) buffer board (13), lower buffer board (14) and Several deploying devices (15), the front lower place of described discharging mechanism (1) is provided with chamfer putting steel tube (6), each sub-stent (11) The lower end of brace (116) is located at the top of chamfer putting steel tube (6), and front vertical rod (112) lower end of each sub-stent (11) passes through one Second strengthens connecting rod (16) connection, forms chamfer putting steel tube turnover between described second reinforcement connecting rod (16) and lower fulcrum bar (115) and leads to Road (17), the side of described hoisting mechanism (2) is connected with chamfer putting steel tube access way (17), and opposite side is with lubricating structure (3) even Connect, described hoisting mechanism (2) is made up of two bracing frames (21) and moving beam (22), and described lubricating structure (3) is by base Seat (31), motor, transmission device (32), power transmission shaft (33), PPR running rollers (34) composition, described pedestal (31) middle setting has Material stock groove (310), respectively arrange in the both sides of material stock groove (310) and is provided with a lubrication groove (311), each lubrication groove (311) Transmission device (32), power transmission shaft (33) and PPR running rollers (34).

2. a kind of process units of the self-emptying high-efficiency lubricating with tally function as claimed in claim 1, it is characterised in that： The group number of described base pipe delivery wheel (7) is identical with the number of the deploying device (15) on each sub-stent (11), and per assembly Position one deploying device (15) of correspondence of pipe delivery wheel (7), per assembly pipe delivery wheel (7) by driving wheel and driven wheels Into driving wheel is connected with the first motor, and the length of described chamfer putting steel tube (6) is identical with the length of discharging mechanism (1), institute It is equipped with some entire bundle bandages (61) in the chamfer putting steel tube (6) stated, the rear wall and some cylinders (111) of described chamfer putting steel tube (6) Push rod cup is connected, and described some cylinders (111) are fixedly mounted on the bottom-rear position of respective branches frame (11), described steel The bottom of tube seat (6) is provided with several rollers (62), and described chamfer putting steel tube (6) is connect by roller (62) and ground surface formula Touch.

3. a kind of process units of the self-emptying high-efficiency lubricating with tally function as claimed in claim 1, it is characterised in that： Inductor, described inductor are provided with deploying device (15) on the sub-stent (11) of discharging mechanism (1) end With control device communication connection, described deploying device (15) is by two semicircles or half rectangle PPR pipe (151) by braking Device is connected with control device, realizes opening and closure, and counter and prompting device are provided with described control device.

4. a kind of process units of the self-emptying high-efficiency lubricating with tally function as claimed in claim 1, it is characterised in that： Described front vertical rod (112), rear vertical rod (113), upper rack posts (114) and lower fulcrum bar (115) form an opening square on vertical plane Shape framework, the rear end of lower fulcrum bar (115) is vertical with the lower end of rear vertical rod (113) to be connected, front end and the front vertical rod of upper rack posts (114) (112) upper end is vertically connected, and rear end is vertical with the upper end of rear vertical rod (113) to be connected, the lower surface of described upper rack posts (114) On be fixed with buffer board (13), described front vertical rod (112) is inclined with the junction of upper rack posts (114) and is connected with lower buffer board (14), described brace (116) one end is connected with the junction of rear vertical rod (113) and upper rack posts (114), and the other end extends to steel The top of tube seat (6), on the lower surface of described upper rack posts (114) 4 deploying devices (15) are provided with.

5. a kind of process units of the self-emptying high-efficiency lubricating with tally function as claimed in claim 4, it is characterised in that： Respectively forwardly lower section, the back lower place incline for the rear and front end of described upper buffer board (13), described lower buffer board (14) backward under Side inclines, and the angle of inclination of the rear and front end, lower buffer board (14) and brace (116) of described upper buffer board (13) is identical, For 55～60 °, between the rear and front end of described upper buffer board (13) exists respectively between lower buffer board (14), brace (116) Gap, 4 described deploying devices (15) are respectively positioned at the rear and front end of upper buffer board (13), lower buffer board (14) and brace (116) top.

6. a kind of process units of the self-emptying high-efficiency lubricating with tally function as claimed in claim 1, it is characterised in that： Described moving beam (22) can be movable along the entablature of two bracing frames (21).

7. a kind of process units of the self-emptying high-efficiency lubricating with tally function as claimed in claim 1, it is characterised in that： The described high other end in pedestal (31) one end is low, the inclined trapezium structure in upper surface, described pedestal (31), material stock groove (310), The length direction of lubrication groove (311) is consistent with the length direction of moving beam (22), and described material stock groove (310) is positioned at support The front end lower section of frame (21), the two ends of described lubrication groove (311) are symmetrically fixedly installed some bearing blocks (312), corresponding Bearing block (312) between be connected with power transmission shaft (33), some PPR running rollers (34), phase are fixed with every power transmission shaft (33) PPR running rollers (34) on adjacent power transmission shaft (33) are interspersed, and same one end of adjacent power transmission shaft (33) passes through transmission device (32) it is connected, wherein a power transmission shaft (33) is connected by transmission device (32) and the second motor, described second is electric It is internal that machine is respectively positioned on pedestal (31).

8. a kind of process units of the self-emptying high-efficiency lubricating with tally function as claimed in claim 7, it is characterised in that： Described power transmission shaft (33) is connected by bearing with bearing block (312), described PPR running rollers (34) with diameter greater than adjacent biography The axis spacing of moving axis (33), axis spacing of the radius less than adjacent power transmission shaft (33).

9. a kind of process units of the self-emptying high-efficiency lubricating with tally function as claimed in claim 8, it is characterised in that： Parallel with the upper surface of pedestal (31), the described material stock groove (310) of described material stock groove (310), the bottom surface of lubrication groove (311) PPR cushions (4) are inside equipped with, described material stock groove (310) upper end is provided with support block (5), described support block (5) upper surface Scribble elastic protection layer (51).

10. a kind of process units of the self-emptying high-efficiency lubricating with tally function as claimed in claim 9, its feature exists In：The upper surface of described support block (5) is interior concaved circular cambered surface.